Title: Encryption Techniques in Protecting Renewable Energy Systems
Authors: Dalael Saad Abdul-Zahra
Volume: 10
Issue: 8
Pages: 1-7
Publication Date: 2026/08/28
Abstract:
Renewable energy systems, from solar and wind power plants to smart distributed energy grids, are an integral part of biological neurons. However, these complex, internet-connected robots make them vulnerable to cyber-attacks. Therefore, a robust cybersecurity application is essential to control these eyes and protect the electrical grid. The world is witnessing major transformations in the field of energy, as attention is being drawn to energy sources as an alternative to traditional energy. This source is characterized by being environmentally friendly and renewable, and contributes to reducing dependence on fossil fuels. Renewable energy contributes to reducing greenhouse gas emissions that contribute to climate change. Reliance on a single source of energy reduces the risk of power outages, and renewable energy is also a long-term investment that ensures a sustainable future. In this work the aim is to link two different concepts: renewable energy (represented by solar cells) and cybernetic interpretation (represented by the RSA algorithm). This link can be useful in understanding how different technologies can integrate to serve a common purpose. In this paper, the intersection between renewable energy, especially solar cells, and cybernetic interpretation will be studied through the RSA algorithm. By examining how these two distinct concepts are linked, we aim to highlight the potential for technological integration that serves a common purpose. This exploration not only highlights the functionality of solar energy systems, but also underscores the importance of secure communications in the digital age, and demonstrates how these technologies can complement each other.